HP E1429A User Manual Page 181
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• Discrete
Selects from a finite number of values. These parameters use
mnemonics to represent each valid setting. An example is the
TRIGger[:STARt]:SOURce <source> command where source can
be BUS, ECLTrg0, ECLTrg1,EXTernal1, EXTernal2, ...
• String
STRING PROGRAM DATA parameters are enclosed with single
quotation marks (’) or double quotation marks ("). Examples of
string program data parameters are those associated with the
OUTPut...FEED commands:
OUTPut:ECLTrg<n >:FEED <source >
OUTPut:EXTernal[1]:FEED <source >
OUTPut:TTLTrg<n >:FEED <source >
Some of the <source > parameters include:
"EXTernal[1]"
"SENSe[1|2]:ROSCillator"
"SENSe:SWEep:OFFSet:POINts"
As an example, the syntax for sending this type of command in an
HP BASIC program is:
OUTPUT 70905;"OUTP:ECLT0:FEED ’EXT’"
or
OUTPUT 70905;"OUTP:ECLT0:FEED ""EXT"""
In a C language program, the syntax is:
"OUTP:ECLT0:FEED ’EXT’"
or
"OUTP:ECLT0:FEED \"EXT\""
• Arbitrary Block Program Data
This parameter type is used to transfer a block of data in the form of
bytes. The block of data bytes is preceded by a header which
indicates the number of data bytes which follow. The syntax of the
block header is as follows:
Chapter 4 Command Reference 181
- Contents 1
- WARNINGS 10
- Documentation History 10
- Safety Symbols 10
- Getting Started 13
- 14 Gettin 14
- Started Chapter 1 14
- HP E1429A/B 15
- Configuration 15
- Preparation for Use 16
- Chapter 1 Gettin 17
- Started 17 17
- The Digitizer Bus 18
- Request Level 18
- Installing the 18
- Started 19 19
- Introductory Programs 20
- Started 21 21
- Resetting and 23
- Clearing the 23
- HP BASIC 24
- RSTCLS.C 24
- 24 Gettin 24
- Querying the 25
- Continued on Next Page 26
- 26 Gettin 26
- Started 27 27
- 28 Gettin 28
- OUTP:EXT1:STAT ON; 29
- :TRIG:SOUR EXT1; 29
- :OUTP:EXT1:STAT OFF 29
- C Language 30
- Programs 30
- ++© Version 1.0 31
- ++©: tchhpib.lib 31
- 32 Gettin 32
- Introduction to Programming 33
- Using the MEASure 34
- Chapter 1 Getting Started 35 35
- Programming 36
- Sequence 36
- Configuring the 37
- Channels 37
- How to Make 37
- Measurements 37
- 38 Getting Started Chapter 1 38
- Chapter 1 Getting Started 39 39
- Taking Readings After 40
- Using CONFigure 40
- 40 Getting Started Chapter 1 40
- Chapter 1 Getting Started 41 41
- 42 Getting Started Chapter 1 42
- Querying 43
- Command Settings 43
- 44 Getting Started Chapter 1 44
- Chapter 1 Getting Started 45 45
- ERRORCHK.C 46
- 46 Getting Started Chapter 1 46
- Digitizer/ 47
- Command Module 47
- Deadlock 47
- Where to go Next 48
- Using the Digitizer 49
- 50 Usin 50
- Taking a Burst of Readings 51
- Level Arming 52
- Pre- and Post-Arm Readings 53
- Specifying a Sample Rate 54
- Dual Rate Sampling 55
- Using Multiple Digitizers 56
- MULT_AD.C 57
- 58 Usin 58
- Using the Packed Data Format 59
- 62 Usin 62
- 66 Usin 66
- Chapter 2 Usin 71
- 74 Usin 74
- SEGTST16.CPP 77
- SEGTST32.CPP 77
- #include Files 77
- WORD *dest, ULONG count) { 78
- ),dest,count,1); 78
- *src, ULONG count) { 78
- 86 Usin 86
- 92 Usin 92
- 98 Usin 98
- 100 Usin 100
- STATUS.C 101
- 102 Usin 102
- Understanding the Digitizer 103
- the HP E1429 Di 104
- 104 Understandin 104
- Digitizer Command 105
- The Digitizer Input Section 106
- Setting the Signal 109
- 110 Understandin 110
- Arming and Triggering 111
- The ARM-TRIG 112
- State Diagram 112
- Chapter 3 Understandin 113
- ARM[:STARt]:DELay < 117
- ARM[:STARt]:COUNt < 117
- ARM[:STARt][:IMMediate] 118
- Triggering the 121
- Digitizer 121
- TRIGger[:STARt]:TIMer1 < 122
- The Digitizer 124
- Reference Clock 124
- 128 Understandin 128
- DIAGnostic:CHANnel[< 130
- >]:LABel < 130
- Digitizer Data 133
- Packed Reading 134
- Conversions 134
- 138 Understandin 138
- DIAGnostic:UPLoad: 141
- SADDress? 141
- Memory Management 142
- 144 Understandin 144
- VME Bus Data Transfers 146
- 148 Understandin 148
- The Data Register 150
- The VINStrument 151
- Subsystem 151
- Setting the VME bus 152
- Data Source 152
- DIAGnostic:PEEK? < 153
- >, < 153
- Multiple VME Bus Data 155
- Transfers 155
- Local Bus Data Transfers 156
- How Data is 157
- Transferred 157
- Digitizer Local Bus 159
- Commands 159
- Local Bus Transfer 159
- Configurations 159
- Multiple Digitizers and 160
- Serial Transfers 160
- Restrictions 161
- Setting the Local 162
- Bus Transfer Mode 162
- Bus Data Source 163
- Multiple Local Bus 164
- Data Transfers 164
- The Status 165
- Status System 165
- Registers 165
- The Questionable 167
- Signal Status Group 167
- The Operation 168
- Status Group 168
- The Standard Event 170
- Status Enable Register 171
- The Status Byte 172
- Synchronizing the 174
- How to Save and 175
- Recall a 175
- Command Reference 177
- Command Types 178
- SCPI Command Format 179
- SCPI Command Parameters 180
- • Discrete 181
- • String 181
- SCPI Command Execution 182
- Executable When 183
- Initiated Commands 183
- SCPI Command Reference 184
- [:STARt]:COUNt 187
- ARM[:STARt]:COUNt 187
- [:STARt]:DELay 190
- ARM[:STARt]:DELay 190
- [:STARt][:IMMediate] 191
- Parameters 192
- [:STARt]:SLOPe[< 194
- ARM[:STARt]:SLOPe[< 194
- [:STARt]:SOURce[< 196
- ARM[:STARt]:SOURce[< 196
- CALibration[< 198
- >]:DATA 199
- >]:DELay 201
- >]:GAIN 202
- :SECure:CODE 205
- >]:SECure:CODE 205
- :SECure:STATe 206
- >]:SECure:STATe 206
- >]:STORe 207
- :STORe:AUTO 208
- >]:STORe:AUTO 208
- >]:VALue 209
- >]:ZERO 210
- CONFigure[< 212
- >]:ARRay:[VOLTage][:DC] 213
- DIAGnostic 216
- :CHANnel[<chan >]:LABel 217
- DIAGnostic:FETCh? 218
- :MEMory[<chan>]:FILL 220
- DIAGnostic:PEEK? 221
- DIAGnostic:POKE 222
- DIAGnostic:SGET? 223
- <chan> 224
- FORMat[:DATA] 229
- INITiate 230
- INITiate[:IMMediate] 231
- INPut[< 232
- :FILTer[:LPASs][:STATe] 233
- :IMPedance 233
- >]:FILTer[:LPASs][:STATe] 233
- [:STATe] 234
- >][:STATe] 234
- MEASure[< 236
- >]:ARRay[:VOLTage][:DC]? 237
- :BATTery[:STATe] 240
- :BATTery:CHARge? 241
- MEMory:BATTery:CHARge? 241
- :ECLTrg< 242
- >:FEED 242
- >[:STATe] 243
- OUTPut:ECLTrg< 243
- :EXTernal[1]:FEED 244
- OUTPut:EXTernal[1]:FEED 244
- :EXTernal[1][:STATe] 246
- :TTLTrg< 246
- OUTPut:EXTernal[1][:STATe] 246
- OUTPut:TTLTrg< 247
- [SENSe[< 252
- >]]:FUNCtion 252
- >]]:FUNCtion [SENSe[< 253
- >]]:ROSCillator 254
- >]]:ROSCillator:SOURce 255
- >]]:SWEep 257
- :OFFSet:POINts < 258
- :POINts < 260
- >]]:SWEep:POINts < 260
- >]]:VOLTage[:DC] 262
- >]]:VOLTage[:DC] :RANGe 263
- :RESolution? 264
- :OPC:INITiate 266
- STATus:OPC:INITiate 266
- STATus:PRESet 270
- :VERSion? 271
- TRIGger[:STARt]:COUNt 274
- [:STARt]:SOURce 276
- TRIGger[:STARt][:IMMediate] 276
- TRIGger[:STARt]:SOURce 277
- [:STARt]:TIMer[1] 278
- TRIGger[:STARt]:TIMer[1] 278
- PERIOD VALUE TABLE 280
- [:STARt]:TIMer2 280
- TRIGger[:STARt]:TIMer2 281
- VINStrument 283
- [:CONFigure]:LBUS:FEED 285
- [:CONFigure]:LBUS[:MODE] 287
- [:CONFigure]:LBUS:RESet 288
- [:CONFigure]:LBUS:SEND:POINts 289
- [:CONFigure]:TEST:DATA 291
- [:CONFigure]:VME:FEED 293
- [:CONFigure]:VME[:MODE] 295
- :IDENtity? 297
- VINStrument:IDENtity? 297
- IEEE-488.2 Common Commands 298
- *EMC and *EMC? 300
- *ESE and *ESE? 300
- *PUD and *PUD? 304
- *SRE and *SRE? 307
- CONFigure CONFigure[< 310
- SCPI Conformance Information 314
- Table 4-3. Non-SCPI Commands 315
- Specifications 317
- Read-Out 318
- Amplitude 319
- Characteristics and 319
- Signal Conditioning 319
- A/D Converter 321
- Supplemental 321
- Characteristics 321
- Single-ended inputs 322
- Differential Inputs 324
- Bus Access and 327
- Connectors 327
- Useful Tables 331
- 332 Useful Tables Appendix B 332
- Appendix B Useful Tables 333 333
- 334 Useful Tables Appendix B 334
- Appendix B Useful Tables 335 335
- 336 Useful Tables Appendix B 336
- Appendix B Useful Tables 337 337
- 338 Useful Tables Appendix B 338
- Appendix B Useful Tables 339 339
- 340 Useful Tables Appendix B 340
- Register Programming 341
- Reading and 342
- Writing to the 342
- Addressing the Registers 343
- Determining the 344
- A24 Base Address 344
- A24_READ.C 346
- Register Descriptions 347
- A24 Register Table 348
- The A/D Shift Register 351
- Address 76543210 354
- and base +53 360
- and base + 57 360
- and base + 75 362
- to base + 7B 362
- The Memory Control Registers 363
- The Pulse Register base +08 364
- The Data Register base +0C 364
- to base +27 366
- and base +2F 367
- Using the A/D Shift 368
- Register 368
- Reading and Writing to 369
- Procedure 369
- Setting the Digitizer 373
- Setting the Arm 373
- Setting the 375
- Reference Source 375
- Setting the Trigger 376
- Sending an Arm 376
- Immediate Signal 376
- Sending a Trigger 377
- Aborting 377
- Re-initiating the Digitizer 378
- Initializing and 380
- Initiating the 380
- Timebase 380
- Processor 380
- Retrieving Data from Memory 385
- Example Program 388
- REG_PROG.C 390
- Appendix D 405
- Appendix Contents 405
- Interleaved 406
- Transfer Mode 406
- LBUSINTR.C 408
- Data register, locating, 146 416
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